U‑blox – Partnerships in IoT lab and field trials for key players in that ecosystem
U‑blox has announced that it is partnering with key players of the IoT ecosystem, Huawei, Vivo, CAS Tecnologia and PinMyPet running lab and field tests inside new Narrowband IoT (NB-IoT or Cat NB1) networks in Brazil. The first tests are ongoing since Q1 2017 and initially focused on metering and tracking applications.
These trials reflect the company’s focus to meet pent-up demand for LPWA connectivity, as delivered by NB1
technology, standardized by 3GPP in June 2016. The benefits of NB1 over other cellular radio technologies include lower device complexity, ultra‑low power operation, and support for more than 50,000 devices per single
cellular cell. As it uses a licensed spectrum-based network, it also offers greater security and high robustness from interference. NB1 is therefore ideal for IoT and M2M applications requiring extremely low power consumption and better coverage even in shielded areas.
“We are excited to partner with U-blox to help our mutual customers migrate to the new, low‑power and low‑cost Narrowband IoT technology that also offers excellent coverage,” says the Vivo IoT senior manager, Eduardo Takeshi.
“We chose U-blox because of the quality of its pro
ducts and excellent technical support,” said Marcos Buson, director, PinMyPet. “The SARA‑N2 NB1 module delivers the reliable, low power, and optimized LTE cellular connectivity necessary to our pet tracking device.”
“The low power consumption of U‑blox SARA‑N2 and improved coverage of NB-IoT networks in Brazil will bring important benefits to our solutions,” said Welson Regis Jacometti, CEO at CAS Tecnologia, a technology leader in smart metering in Latin America.
“Allowing for easy migration across 2G, 3G and 4G, cellular modules from U‑blox support a comprehensive set of communication
protocols with minimal signalling overhead to conserve power,” added Suresh Ram, president U-blox America. “We are working with our partners and customers to introduce products with our modules where longevity of operation and reachability in poor propagation conditions are mission critical.”